I. Enhancement of material softness
(I) Raw material selection and pretreatment
At the very beginning of production, the selection of raw materials lays the foundation for the softness of the product. We carefully select fiber raw materials with natural soft characteristics, such as high-quality cotton fibers. Before these raw materials enter the production stage, they will undergo a special pretreatment process to remove impurities and stiff fiber parts and ensure that each fiber is in the best state to prepare for subsequent processing.
(II) Refined processing technology
When processing raw materials, the production machine uses advanced refined processing technology. Through high-precision carding equipment, the fibers are combed into a uniform and delicate thin layer, making the arrangement of fibers more orderly. At the same time, in the process of fiber interweaving, special pressure and temperature control are adopted to promote the formation of a tighter and softer combination between fibers. This processing technology makes the surface material of diapers feel as smooth as silk. When in contact with the skin, it can minimize friction and bring users an ultimate soft experience.
(III) Synergistic soft design of multi-layer materials
Adult diapers are usually composed of multiple layers of materials. We not only pay attention to the softness of the surface material but also focus on the synergistic effect between each layer of materials. In the design of the middle absorbent core, we choose water-absorbent materials with certain flexibility and tightly combine them with the surface and bottom materials through a special process to avoid the abrupt feeling caused by the hardness difference between materials. This multi-layer synergistic soft design makes the entire diaper give people a soft and comfortable feeling from the inside out.
II. Optimization of breathability
(I) Innovative application of breathable materials
To ensure good breathability, we widely use innovative breathable materials in the design of diapers. These materials have a unique three-dimensional network structure, and the pore size and distribution are carefully designed. During the production process, our machine can accurately integrate these breathable materials into various key parts of diapers, such as the surface close to the skin and the sides where moisture is easily accumulated, so that air can freely circulate inside the diaper and form a good ventilation channel.
(II) Clever construction of ventilation channels
During the assembly process of diapers, the production machine will cleverly construct ventilation channels. By reserving tiny gaps between different material layers and using special connection techniques, these gaps are interconnected to form a ventilation network that runs through the entire diaper. When users wear diapers, the heat and moisture generated by the body can be quickly discharged through these ventilation channels to keep the air around the skin fresh and dry.
(III) Compatibility with other functions
While optimizing breathability, our production machine also ensures the perfect compatibility of the breathable function with other functions. For example, on the premise that the ventilation holes and ventilation channels do not affect the absorption performance of diapers, through special treatment of materials and structural design, urine can be quickly absorbed and locked in the core without blocking the ventilation channels, thus achieving a balance between breathability and absorbency and allowing users to feel a comfortable breathable experience while keeping dry.
III. Improvement of fit
(I) Application of ergonomic design principles
Our production machine fully applies ergonomic design principles in the cutting and molding process. Through the research and analysis of a large amount of human body data, a diaper shape that conforms to different body types and body part characteristics is designed. In the waist design, according to the curve of the human waist, a combination of arc cutting and elastic materials is adopted to make the diaper naturally fit the waist without producing a tight feeling or indentation. For the leg area, considering the range of motion and muscle shape of the legs, a leg closure with moderate elasticity and width is designed, which can effectively prevent side leakage and ensure the comfort of the legs during movement.
(II) Precise cutting and molding technology
The production machine is equipped with high-precision cutting equipment and molds, which can achieve precise cutting and molding. During the cutting process, the error is controlled within a very small range to ensure that the size of each diaper conforms to the design standard. At the same time, the design of the mold fully considers the stretchability of the material and the stability after molding, so that the diaper can maintain a good shape after molding. Whether in a static or dynamic situation, it can closely fit the body without wrinkles or displacement, providing users with an all-round comfortable fit experience.
(III) Optimization of dynamic fit
We are well aware that the body posture and movements of users will constantly change in daily activities, so we pay special attention to the dynamic fit performance of diapers. When designing the elastic structure of diapers, the production machine uses multi-directional elastic materials and unique stretching processes. This design makes the diaper naturally stretch with the movement of the body under various actions such as walking, sitting, and turning over. It always maintains a good fit and does not cause friction or discomfort due to body movements, allowing users to feel comfortable and at ease during activities.
IV. Ensuring no skin irritation
(I) Strict screening and detection of raw materials
(II) Hygiene and quality monitoring during the production process
(III) Use and treatment of mild and hypoallergenic materials
V. User feedback and trial experience
(I) User feedback in long-term care scenarios
(II) User feedback in home care scenarios
(III) Comprehensive feedback from large-scale trial activities
Post time: Nov-04-2024